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- Jan 7, 2013
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Hello, it's my first post here, so please excuse me if I posted this under the wrong forum.
I work in R&D for a private corporation that uses plasma fields to affect verious surfaces in the Los Angeles area. Currently, I am trying to rectify a design issue that is of great importance to understand.
The procedure for quantifying an aspect of our technology calls for a 488nm laser. The laser is needed to excite a fluorescent molecule.
The optimum wavelength in literature is 488nm, however, an acceptable range would be between 460 and 500nm. A wavelength above 500nm would supersede the emitted fluorescence, and below 460nm, no noticeable fluorescence would be observed.
Absorption and Emission Spectra for the molecule: http://img836.imageshack.us/img836/9291/emissionspectra.jpg
I have tried all available academic channels to no avail. I am looking to borrow/rent the laser for two days to complete the experiment. You will be properly compensated.
Please let me know if you can help or have any helpful advice.
I work in R&D for a private corporation that uses plasma fields to affect verious surfaces in the Los Angeles area. Currently, I am trying to rectify a design issue that is of great importance to understand.
The procedure for quantifying an aspect of our technology calls for a 488nm laser. The laser is needed to excite a fluorescent molecule.
The optimum wavelength in literature is 488nm, however, an acceptable range would be between 460 and 500nm. A wavelength above 500nm would supersede the emitted fluorescence, and below 460nm, no noticeable fluorescence would be observed.
Absorption and Emission Spectra for the molecule: http://img836.imageshack.us/img836/9291/emissionspectra.jpg
I have tried all available academic channels to no avail. I am looking to borrow/rent the laser for two days to complete the experiment. You will be properly compensated.
Please let me know if you can help or have any helpful advice.